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12 Dec 2019
Based on the models of bonding in ethylene and acetylene, which molecule should have the greater carbon-carbon bond energy?
Acetylene should have the higher carbon-carbon bond energy because it has a triple bond as compared to the double bond in ethylene.
Ethylene should have the higher carbon-carbon bond energy because it has a double bond as compared to the single bond in acetylene.
Ethylene should have the higher carbon-carbon bond energy because it has a triple bond as compared to the double bond in acetylene.
Acetylene should have the higher carbon-carbon bond energy because it has a double bond as compared to the single bond in ethylene.
Based on the models of bonding in ethylene and acetylene, which molecule should have the greater carbon-carbon bond energy?
Acetylene should have the higher carbon-carbon bond energy because it has a triple bond as compared to the double bond in ethylene.
Ethylene should have the higher carbon-carbon bond energy because it has a double bond as compared to the single bond in acetylene.
Ethylene should have the higher carbon-carbon bond energy because it has a triple bond as compared to the double bond in acetylene.
Acetylene should have the higher carbon-carbon bond energy because it has a double bond as compared to the single bond in ethylene.
Jamar FerryLv2
13 Dec 2019